Available courses

General conduction equation for one,
two and three dimensional steady state situation; steady state conduction in
different geometry and composite structures for one dimensional situation;
electrical analogy; heat transfer from extended surfaces; transient heat
conduction in one dimension; multidimensional transient heat conduction by
superposition methods; analytical and numerical solutions or methods.

This is a concise form of several courses of Fluid Mechanics and machinery.

In this course, the student would get an overview of the definition of fluid to fluid couplings.All of the related physics to get insight the working principle of fluid machinery will be thoroughly discussed in this course.

Turbine, pump, and compressor will be attained special attention.Due to the conciseness of the content, we will focus on the topics that are closely related to Mechatronics Engineers.

Definition and properties of fluids: Units of measurements; fluid statics, pressure at a point and its measurement; fluids static force on submerged surfaces, buoyancy, condition of floatation and stability of submerged and floating bodies.

This is a very concise course on thermodynamics and heat transfer. Basics principles, theories, and mechanisms related thermodynamics and heat transfer will be discussed. In this part, energy and heat transfer along with recent trends of application field of thermodynamics and heat transfer will be covered